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UAV Demonstrator Completes Four Test Flights In Goose Bay,
Canada

In a series made up of four flights, EADS Defence & Security
(DS) successfully tested the technology demonstrator 'Barracuda' at
Goose Bay Air Force Base in Canada. Advanced technologies and new
procedures, including sense & avoid capabilities, auto taxi
systems, a structure integrated antenna and the image exploitation
chain, were checked under realistic conditions.

Barracuda UAV EADS Photo

During this 2010 test campaign in the Canadian province of
Newfoundland and Labrador, the jet-propelled UAV flew completely
autonomously along pre-programmed flight profiles including
auto-taxi. Flying some 2 hours and 42 minutes in four take-off and
landing cycles this summer, the Barracuda has reached an overall
total flight time of 4 hours and 15 minutes over 2009 and 2010. It
was monitored from the ground control station with respect to
flight safety only, while the payload ground station was used to
steer the on-board Zeiss EO/IR sensor with regards to different
modes and view angles from the ground as well as to receive the
sensor data.

These successful flights in Goose Bay have given EADS Defence
& Security practical confirmation of the results of technology
program testing it had previously conducted. The Barracuda
technology demonstrator was also used for test flights in the
"Agile UAV in Network Centric Environment" technology program
commissioned by the Federal Office of Defence Technology and
Procurement (Bundesamt fur Wehrtechnik und Beschaffung - BWB).

"The continued successful testing campaigns of the Barracuda
mark an extremely important step in the technological development,
enabling us to consequently increase our capability to offer a full
range of UAV products", stated Nicolas Chamussy, senior vice
president of Unmanned Aerial Systems at EADS Defence &
Security.

The test campaigns also enabled practical experiences in the
interoperability of UAS within Network-Centric (NEC) operations
conducted in line with the latest NATO criteria and in autonomous
operation involving interaction with other systems. The experiences
and results of this flight test campaign will be used for future
UAS programmes such as the Talarion.